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1. Background information
10 + 1 Steps to Magic Moments
10. Maintenance
11. Life in Service - Product Life
12. Safety
13. Testing
14. Packaging
15. Product costs
16. Time scales
1st Law of Indices
2. Scope of the specification
27A.P1
27A.P2
27B.P3
27B.P4
2nd Law of Indices
3. Relevant Authorities to be Consulted
3rd Law of Indices
4. Performance
4th Law of Indices
5. Ergonomics
5th Law of Indices
6. Aesthetics, Appearance and Finish
6th Law of Indices
7. Materials
8. Quantity Scale of Production
9 Steps to Shear Force and Bending Moment Diagrams
9. Manufacture
A Site Map
A Worked Example for Activity Based Costing
About
Absolute Pressure
Absolute Zero
Acceleration
Acceleration due to Gravity
Acceleration, Gravity and Lifts Worked Examples
Acetylene
Acknowledgement
Activity Based Costing
AddNewNotes
AddNewNotes: Notes
Adiabatic Change
Advanced Design and Technology
alert
Alpha
Aluminium Note
Amps
An introduction to Activity Based Costing
Analytical Resolution of Forces
Analytical Resolution of Forces Step 1 & 2
Analytical Resolution of Forces Step 3 & 4
Analytical Resultant of Forces
Analytically
Angles
Angular 'SUVAT'
Angular 'SUVAT' Equations
Angular Acceleration
Angular Displacement
Angular Frequency
Angular Motion Cheat Sheet
Angular Velocity
Area
Area of a Circle Equation
Arithmetic and Geometric Progression
Arithmetic Progression
Arithmetic Progression Cheat Sheet
Assignment Words Explained
ATEX 100A (95) and ATEX 137
ATEX Directive 94/9/EC (ATEX 95)
Atmospheric Pressure
Atoms
autumn01.jpg
autumn02.jpg
autumn03.jpg
autumn04.jpg
Avogadro's Number
Axial Stress in a Parallel Compound Bar Question Example 1 Solution Second Method (Part 1)
Axial Stress in a Parallel Compound Bar Solution (2nd Method (Part 1))
Axial Stress Due to Compression and Temperature Change Worked Example
Axial Stress Due to Compression From Clamping Force and Temperature Change Worked Example
Axial Stress Example Question
Axial Stress Example Question 1
Axial Stress Example Question 1 Solution (Part 1)
Axial Stress Example Question 1 Solution (Part 2)
Axial Stress Example Question 1 Solution (Part 3)
Axial Stress in a Parallel Compound Bar Question
Axial Stress in a Parallel Compound Bar Question 1
Axial Stress in a Parallel Compound Bar Question Example 1 Solution (Part 1)
Axial Stress in a Parallel Compound Bar Question Example 2 Solution (Part 2)
Axial Stress in a Parallel Compound Bar Question Example 2 Solution (Part 3)
Axial Stress in a Parallel Compound Bar Solution (Part 1)
Axial Stress in a Parallel Compound Bar Solution (Part 2)
Axial Stress in a Parallel Compound Bar Solution (Part 3)
Axial Stress Solution (Part 1)
Axial Stress Solution (Part 2)
Axial Stress Solution (Part 3)
badge
Bar
BASIC Program for Calculating Force on Joints in Simple Frames
Bending Equation
Bernoulli's Equation
Beta
Boiler
Boiling
Bootstrap
Bootstrap Framework
Borderless table
bottom
bottom1
Bow's Notation
Boy's Calorimeter
Boyle's Law
British Standards
BTEC Engineering Book
BTEC Unit 4 Spec
BTEC Unit Specs
Butt Joint
button
C & S Basic Definitions
c11
Calculating Products of Combustion: An introduction
Calculating Products of Combustion: Example Steps
Calculating the overturning Force on a Dam Wall Example Question
Calorific Value
Calorimeters
Capacitance
Capacitive Reactance
Capacitors in Parallel
Capacitors in Series
Carbon
card
CDM: Construction (Design and Management) Regulations 2007
Celsius or Centigrade
Centripetal Acceleration and Centripetal Force Worked Example
Centripetal Acceleration for a Complex Rotating System Worked Example
Centripetal or Angular Acceleration
Change In
ChangeLog
Characteristic Gas Law
Charge
Charles’s Law
Code Snippets
Coefficient of Friction
Coefficient of Linear Expansion
Coil Size
Columns
Combustion
Combustion and Stoichiometry
Combustion Equations for Solid and Liquid Fuels
Common Polytropic Processes
Common S.I. Units
Composition of Air
Compound Bar Example Question
Compound Bar Example Question 1
Compound Bar Example Question 1 Solution (Part 1)
Compound Bar Example Question 1 Solution (Part 2)
Compound Bar Example Question 1 Solution (Part 3)
Compound Bar Example Question 1 Solution (Part 4)
Compound Bar Example Question 1 Solution Method 2(Part 1)
Compound Bar Joined End to End
Compound Bar Solution (Part 1)
Compound Bar Solution (Part 2)
Compound Bar Solution (Part 3)
Compound Bar Solution (Part 4)
Compound Bar Solution Method 2 (Part 1)
Compound Bars
Compound Series Bar Under Axial Load Worked Example
Compound Stress in a Series Bar Under Axial Load Worked Example
Compression Force
Compression Ratio
Concentrated Load
Concurrent Forces
Conservation of Energy
Conservation of Momentum
Constant
Constants
Constants, Equations & Variables
Contents
Contents organised for BTEC lvl 3 Units
Continuity of Mass Flow
Continuity of Volumetric Flow
Contraflexure
Convergent Design
Coplanar Forces
Corrected Energy
COSH: Control of Substances Hazardous to Health Regulations ..1999
Cosine Rule
Coulomb's Constant
Coulomb's Law
Course Project
Covalent Bond
CPA/ PERT (Mind tools)
Cuppa
Current
Customize Links
D'Alemberts's Example 1
D'Alemberts's Example 2
D'Alemberts's Example 3
D’Alembert’s Principle
data/sample-notebook-tiddler.png
data/simple-text
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Definition
Definitions
Deflection
Delta
Demand
demo
demo/advanced/badge-counter
demo/advanced/button-counter
demo/advanced/card-column
demo/advanced/card-column-xx
demo/advanced/card-group
demo/advanced/card-shadow
demo/advanced/card-transparent
demo/advanced/card-with-links
demo/advanced/details-faqs
demo/advanced/dynamic-tables/customize footer
demo/advanced/felx03
demo/advanced/flexgrid/autolayout-with-image
demo/advanced/flexgrid/column-break
demo/advanced/flexgrid/column-wrapping
demo/advanced/flexgrid/concept
demo/advanced/flexgrid/equal-width-column
demo/advanced/flexgrid/example
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demo/advanced/flexgrid/set-one-column-width
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demo/advanced/link-disabled
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demo/advanced/multicolumn-custom-class
demo/advanced/slider-faqs
demo/advanced/span-multi-row
demo/alert-advanced
demo/alert-hline
demo/alert-leftbar-macro
demo/alert-macro
demo/align-tables
demo/badge-in-heading
demo/badge-link
demo/badge-pills
demo/bootstrap-classes
demo/bootstrap-contextual-classes
demo/button-classes-link
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demo/color-codes
demo/colored-left-border-danger
demo/colored-left-border-dark
demo/colored-left-border-info
demo/colored-left-border-primary
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demo/dynamic-table-features
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Density
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LOLER. The Lifting Operations and Lifting Equipment Regulations 1998
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Unit 10 B
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Unit 10: C1 3D Modelling Commands
Unit 10: C2 Develop 3D Components
Unit 10: C3 Development of a 3D Model
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Unit 11 P5 Example Question
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Unit 11 P5 Solution Part 3
Unit 11 P6 Example Question
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Unit 11 P7 Example Question
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Unit 14 M2 Steps
Unit 14 M3 Worked Example
Unit 14 M4 Example Question and Solution
Unit 14 P1 Example Question
Unit 14 P1 Solution Q1
Unit 14 P1 Solution Q2
Unit 14 P1 Solution Q3
Unit 14 P2 Example Question
Unit 14 P2 Solution Part 1
Unit 14 P2 Solution Part 1: Step 1
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Unit 14 P2 Solution Part 2
Unit 14 P2 Solution Part 2: Step 1
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Unit 14 P3 Example Question
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Unit 14 P3 Solution Working Out
Unit 14 P5 Worked Example
Unit 14 P6 Example Question
Unit 14 P6 Solution Part 1
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Unit 14 P7 Example Question
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Unit 14 P8 Example Question
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Unit 27 A
Unit 27 A (All)
Unit 27 A Distinction
Unit 27 A Merit
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Unit 27 A1: Static Parameters
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Unit 27 B
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Unit 27 B Distinction
Unit 27 B Merit
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Unit 27 B1: Beam Parameters
Unit 27 B2: Theoretical Beam Analysis
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Unit 27 C
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Unit 27 C1: Axial Loading
Unit 27 C2: Bending Loading
Unit 27 C3: Shear Loading
Unit 27 C4: Design Considerations
Unit 27 Worked Examples Assignment 1
Unit 27 Worked Examples Assignment 2
Unit 27 Worked Examples Assignment 3
Unit 27:Static Mechanical Principles in Practice
Unit 31: Thermodynamics Principles and Practice
Unit 4 A
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Unit 4 A Merit
Unit 4 A Pass
Unit 4 A1: Business Functions and Key Activities
Unit 4 A2: Trade Considerations
Unit 4 A3: Competitive Advantage
Unit 4 Applied Commercial and Quality Principles in Engineering
Unit 4 Assessment 2 Lesson 2
Unit 4 B
Unit 4 B (All)
Unit 4 B Distinction
Unit 4 B Merit
Unit 4 B Pass
Unit 4 B1: Reasons for Cost Control and Types of Costs
Unit 4 B2: Activity-Based Costing Method
Unit 4 C
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Unit 4 C Distinction
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Unit 4 C1: Quality Systems
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Unit 5 D1 Step 1
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Unit 5 D1 Step 3
Unit 5 M1 Example Question
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Unit 5 M1 Solution: Direct Stress
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Unit 5 M2 Step 1
Unit 5 M2 Step 2
Unit 5 M2 Step 3
Unit 5 P1 Example Question
Unit 5 P1 Worked Example
Unit 5 P2 Example Question
Unit 5 P2 Solution
Unit 5 P3 (a) Solution
Unit 5 P3 (a) Solution:Extension
Unit 5 P3 (a) Solution:Strain
Unit 5 P3 (a) Solution:Stress
Unit 5 P3 (b) Solution
Unit 5 P3 (b) Solution: Deflection
Unit 5 P3 (b) Solution: Shear Strain
Unit 5 P3 (b) Solution: Shear Stress
Unit 5 P3 Example Question
Unit 5 P4 Example Question
Unit 5 P4 Solution Q1
Unit 5 P4 Solution Q2
Unit 5 P4 Solution Q3
Unit 5 P5 Example Question
Unit 5 P5 Solution
Unit 5 P5 Solution Step 1
Unit 5 P5 Solution Step 2
Unit 5 P5 Solution Step 3
Unit 5 P5 Solution Step 4
Unit 5 P6 Solution
Unit 5 P7 Solution
Universal Gas Constant
Universal Gas Law
Untitled
Untitled 1
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Untitled 4
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Up Thrust
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Using FOS Example Question 1
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Using Shear Stress to Determine Force Needed for a Hole Punch Worked Example
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Where do the Equations for the Internal Stress in a Parallel Compound Bar Come From?
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Where does F.E. equation come from?
Where does the H.E. equation come from?
Where does the K.E.equation come from?
Where Does the Linear Compound Bar Equation Come From?
Where does the Non-Flow Work Equation Come From?
Where does the P.E. equation come from?
Where the 'I' Equation Comes From
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